Hostname To IP

Hostname to IP Address Converter

DNS Lookup Tool - Convert Domain Names to IP Addresses Instantly

What is the Hostname to IP Tool?

The Hostname to IP Address Converter is a free online tool that performs forward DNS (Domain Name System) lookup to convert any domain name or hostname into its corresponding IP address. This is the most fundamental DNS operation—translating human-readable domain names like google.com into machine-readable IP addresses like 142.250.185.46.chemicloud+2​

Whether you're a developer checking DNS propagation after domain changes, a network administrator configuring firewall rules, a webmaster verifying hosting setup, or simply curious about a website's infrastructure, the CyberTools Hostname to IP Tool provides instant, accurate DNS resolution without requiring command-line knowledge.brightseotools+1​

How to Use the Hostname to IP Converter

Using our DNS lookup tool is simple and delivers results in seconds:chemicloud+1​

Step 1: Enter the Hostname

Input the domain or hostname you want to resolve:

• Root domains: google.com, github.com, cybertools.cfd
• Subdomains: www.example.com, api.website.com, mail.domain.net
• Full URLs: Tool automatically extracts hostname from https://www.example.com/path
• Multiple domains: Check several domains simultaneously (batch mode)

Step 2: Click "Get IP Address"

Our tool immediately performs DNS queries by:whatismyip+1​

• Querying authoritative DNS serversmxtoolbox​
• Resolving A records (IPv4 addresses)tools.iplocation​
• Resolving AAAA records (IPv6 addresses)
• Retrieving all associated IP addresses
• Processing results within 1-2 secondschemicloud​

Step 3: View Comprehensive Results

You'll receive detailed DNS information including:

• IPv4 Addresses: All A records for the hostnametools.iplocation​
• IPv6 Addresses: All AAAA records (if configured)
• TTL (Time to Live): How long DNS records are cachedmxtoolbox​
• DNS Server Used: Which nameserver provided the response
• Response Time: Query speed in milliseconds
• Geolocation: Physical location of the IP address
• Hosting Provider: ISP or cloud provider information
• Multiple IPs: Load balancers and redundant servers

What is Forward DNS Lookup?

Forward DNS lookup is the process of converting a human-readable hostname into its corresponding IP address—the fundamental operation that makes the internet usable. Every time you type a URL in your browser, your computer performs a DNS lookup behind the scenes.whatismyip+1​

How DNS Resolution Works

The DNS lookup process follows these steps:whatismyip+1​

Step 1: User Request

• You enter www.example.com in your browserwhatismyip​
• Your computer needs the IP address to establish a connectiontools.iplocation​
• A DNS query is initiated automaticallywhatismyip​

Step 2: Check Local Cache

• Computer checks its local DNS cache first
• Operating system maintains recently accessed domains
• If found in cache and not expired, returns immediately

Step 3: Query DNS Resolver

• If not cached, request goes to your ISP's DNS resolverwhatismyip​
• DNS resolver is usually your internet provider's serverwhatismyip​
• Resolver checks its own cache for the answer

Step 4: Recursive Query

• If resolver doesn't have it cached, performs recursive querytools.iplocation​
• Queries root DNS servers for the top-level domain (.com, .org, etc.)
• Then queries TLD nameservers for the domain's authoritative servermxtoolbox​
• Finally queries authoritative nameserver for the actual IPmxtoolbox+1​

Step 5: Return IP Address

• Authoritative DNS server returns the A or AAAA recordtools.iplocation​
• IP address is returned to your computerwhatismyip​
• Address is cached for future use (based on TTL)mxtoolbox​
• Your browser connects to the IP address

Step 6: Establish Connection

• With the IP address, your computer can now connect directly to the serverwhatismyip​
• HTTP/HTTPS request is sent to the resolved IP
• Website content is delivered to your browserwhatismyip​

This entire process typically happens in milliseconds, making it invisible to users.tools.iplocation​

DNS Record Types

A Record (Address Record):tools.iplocation​

• Maps hostname to IPv4 address
• Most common DNS record typetools.iplocation​
• Example: example.com → 93.184.216.34
• Format: 32-bit numeric address

AAAA Record (IPv6 Address):

• Maps hostname to IPv6 address
• Needed for IPv6-enabled servers
• Example: example.com → 2606:2800:220:1:248:1893:25c8:1946
• Format: 128-bit hexadecimal address

Other DNS Records:

• CNAME: Alias to another hostname
• MX: Mail server records
• TXT: Text information (SPF, DKIM, verification)
• NS: Nameserver records
• SOA: Zone authority information

Why Use Hostname to IP Conversion?

1. DNS Propagation Verification

Check if DNS changes have propagated globally:chemicloud​

When you change hosting, update DNS records, or move domains:

• Verify new IP is resolving correctly
• Check propagation status from multiple locations
• Monitor during migration to new hosting
• Confirm nameserver changes took effect
• Test before updating live traffic

Example: After pointing example.com to new hosting at 198.51.100.50, use this tool to verify the domain now resolves to the new IP globally.

2. Website Migration Planning

Prepare for smooth hosting transfers:brightseotools+1​

Before migrating websites:

• Document current IP addresses for rollback
• Verify new hosting IPs before DNS changes
• Plan TTL reduction for faster propagation
• Test new server accessibility via IP
• Create migration checklist with old/new IPs

3. Network Security Configuration

Configure firewalls and security rules:chemicloud​

Security professionals need IP addresses to:

• Whitelist trusted domains in firewall rules
• Configure WAF (Web Application Firewall) access
• Set up IP-based authentication for APIs
• Block or allow specific services by IP
• Implement geo-blocking based on IP location

Example: API documentation says "whitelist our IPs," but only provides domain names—use this tool to get actual IPs for firewall configuration.

4. Load Balancer and CDN Verification

Confirm traffic distribution infrastructure:chemicloud​

Modern websites use multiple IPs:

• Identify load balancer IPs for redundancy
• Verify CDN edge server addresses for content delivery
• Check geographic distribution of server IPs
• Test failover configurations across IPs
• Map content delivery network topology

Example: cdn.example.com returns 5 different IPs, indicating Cloudflare or Fastly CDN deployment with global edge servers.

5. Troubleshooting Connectivity Issues

Diagnose website access problems:brightseotools+1​

When users can't reach your website:

• Verify domain resolves to any IP address
• Check if IP changed unexpectedly
• Identify DNS resolution failures vs server downtime
• Compare IPs from different locations for consistency
• Detect DNS hijacking or poisoning attempts

Example: Users report "site not loading"—DNS lookup shows no A record, indicating DNS misconfiguration rather than server downtime.

6. Email Server Configuration

Set up and troubleshoot email systems:

Email administrators use DNS lookups for:

• Finding mail server IPs from MX records
• Configuring SMTP relay servers
• Verifying SPF record IPs
• Testing email routing and delivery
• Troubleshooting delivery failures

7. API Integration and Development

Connect to web services and APIs:chemicloud​

Developers need IP addresses for:

• Direct API endpoint access bypassing DNS
• Testing API connectivity during development
• Configuring webhook endpoints
• Setting up local hosts file for testing
• Debugging DNS-related API issues

8. Competitor Infrastructure Analysis

Research competitor hosting and technology:

Digital marketers and analysts:

• Identify hosting providers competitors use
• Detect CDN usage and infrastructure choices
• Compare server locations for performance
• Analyze technology stack decisions
• Benchmark infrastructure investment

Common Use Cases

System Administrators

Daily administrative tasks:

• Verifying DNS records after domain updateschemicloud​
• Configuring server monitoring systems
• Documenting network infrastructure
• Setting up VPN and remote access
• Maintaining asset management databases

Web Developers

Development workflows:

• Testing API endpoints and webhooks
• Configuring development environmentschemicloud​
• Setting up local testing with hosts file
• Debugging CORS and connectivity issues
• Verifying staging server DNS

SEO Professionals

Technical SEO audits:

• Checking CDN implementation
• Verifying DNS configuration for multiple domains
• Analyzing page speed via server location
• Identifying hosting quality issues
• Testing international site accessibility

Security Analysts

Security operations:

• Investigating suspicious domainsbrightseotools​
• Mapping threat actor infrastructure
• Configuring security tools and firewallschemicloud​
• Analyzing phishing websites
• Documenting security incidents

Network Engineers

Network management:

• Planning network segmentation
• Configuring routing and access controls
• Troubleshooting connectivity problemschemicloud​
• Documenting network topology
• Testing DNS server configurations

DevOps Engineers

Infrastructure automation:

• Validating infrastructure-as-code deployments
• Testing load balancer configurations
• Verifying container orchestration
• Monitoring service discovery
• Automating DNS health checks

Features of CyberTools Hostname to IP Tool

✅ Free and Unlimited

• No registration required – Start converting immediatelychemicloud​
• Unlimited lookups – No daily or monthly limits
• Completely free – No hidden costs or premium features
• No credit card – Zero payment information needed

🌐 IPv4 and IPv6 Support

• A records for IPv4 addressestools.iplocation​
• AAAA records for IPv6 addresses
• Dual-stack results showing both protocols
• Future-proof for IPv6 adoption

⚡ Lightning-Fast Resolution

• 1-2 second response timechemicloud​
• Real-time DNS queries to authoritative serversmxtoolbox​
• Instant results for cached domains
• No waiting or queuing

🔍 Comprehensive DNS Information

Detailed lookup data:

• All IP addresses associated with hostnamechemicloud​
• TTL values for cache durationmxtoolbox​
• DNS server information used for lookupmxtoolbox​
• Response time metrics
• Geolocation data for each IP
• ISP/Hosting provider detailsbrightseotools​
• Multiple A/AAAA records if available

📊 Batch Lookup Capability

• Multiple domains in one request
• CSV/text file import for bulk lookups
• Export results to spreadsheet formats
• Compare multiple domains side-by-side

🌍 Global DNS Server Testing

Query from different DNS servers:

• Google DNS (8.8.8.8)
• Cloudflare DNS (1.1.1.1)
• Quad9 DNS (9.9.9.9)
• Your local DNS server
• Custom DNS servers

Why test multiple servers?

• Verify consistent resolution globally
• Check DNS propagation status
• Identify DNS server issues
• Compare response times

🔒 Privacy and Security

• No logging – Queries not stored or tracked
• Anonymous lookups – Complete privacy
• Secure HTTPS connections
• No data retention – Results not saved
• GDPR compliant – Respects privacy regulations

📱 Mobile-Friendly Interface

• Responsive design for all devices
• Quick lookups from smartphones
• Touch-optimized controls
• Fast mobile network performance

💡 User-Friendly Design

• Simple interface – No technical expertise requiredbrightseotools+1​
• Clear results presentation
• Copy-paste friendly outputs
• Helpful explanations for all data
• Visual IP mapping (optional)

🔄 Real-Time Updates

• Live DNS queries every timechemicloud​
• No stale cache – Always current results
• Immediate propagation detection
• Fresh data on every lookup

Understanding DNS Lookup Results

Successful DNS Resolution

text
Hostname: google.com
IPv4 Addresses (A Records):
  - 142.250.185.46 (Primary)
  - 142.250.185.78
  - 142.250.185.110
  - 142.250.185.142

IPv6 Addresses (AAAA Records):
  - 2607:f8b0:4004:c07::71
  - 2607:f8b0:4004:c07::8b

TTL: 300 seconds (5 minutes)
Query Time: 24ms
DNS Server: 8.8.8.8
Location: United States
Hosting: Google LLC (AS15169)
Status: ✅ DNS Resolution Successful

What this means:
✅ Domain resolves to multiple IPs (load balancing)
✅ IPv4 and IPv6 both configured (dual-stack)
✅ Low TTL (300s) allows fast DNS changes
✅ Multiple IPs indicate redundancy and high availability
✅ Well-configured modern infrastructure

DNS Resolution Failure

text
Hostname: nonexistentdomain12345.com
IPv4 Addresses: None Found
IPv6 Addresses: None Found
Status: ❌ NXDOMAIN (Non-Existent Domain)
Error: No A or AAAA records found

Possible causes:
❌ Domain doesn't exist or isn't registered
❌ Typo in domain name – check spelling
❌ DNS not configured after registration
❌ Domain expired or deleted
❌ Nameservers not set properly
❌ DNS propagation pending (wait 24-48 hours)

Single IP Address

text
Hostname: smallwebsite.com
IPv4 Address: 198.51.100.25
TTL: 3600 seconds (1 hour)
Hosting: Shared Hosting Provider
Location: Phoenix, Arizona, USA
Status: ✅ Single IP Resolution

What this indicates:
✅ Simple hosting setup – likely shared hosting
⚠️ No redundancy – single point of failure
⚠️ No load balancing – limited traffic capacity
ℹ️ Typical for small business sites and blogs

Multiple IPs (Load Balanced)

text
Hostname: bigcommerce.com
IPv4 Addresses:
  - 104.18.32.67 (Cloudflare CDN)
  - 104.18.33.67 (Cloudflare CDN)
  - 172.67.156.89 (Cloudflare CDN)

TTL: 60 seconds
Query Time: 18ms
Hosting: Cloudflare Inc.
Status: ✅ CDN/Load Balanced Configuration

What this indicates:
✅ CDN enabled for fast global delivery
✅ Load balancing distributes traffic
✅ High availability with redundant IPs
✅ Low TTL allows rapid infrastructure changes
✅ Enterprise-grade infrastructure

DNS Propagation in Progress

text
Hostname: recentlymoved.com

Google DNS (8.8.8.8):
  Old IP: 45.79.123.45

Cloudflare DNS (1.1.1.1):
  New IP: 198.51.100.75

Your Local DNS:
  Old IP: 45.79.123.45 (Cached)

Status: ⚠️ DNS Propagation In Progress
Estimated Complete: 12-24 hours

What this means:
⚠️ Inconsistent resolution across DNS servers
⚠️ DNS change propagating globally
⚠️ Some users see old IP, others see new
⏳ Wait 24-48 hours for full propagation
💡 Lower TTL next time for faster changes

DNS Lookup vs Other Tools

Hostname to IP (Forward DNS)

Direction: Hostname → IP Addresstools.iplocation​
DNS Record: A (IPv4) or AAAA (IPv6)tools.iplocation​
Use Case: Find where a domain is hosted

Example: google.com → 142.250.185.46

IP to Hostname (Reverse DNS)

Direction: IP Address → Hostname
DNS Record: PTR (Pointer) record
Use Case: Identify domain from known IP

Example: 8.8.8.8 → dns.google

WHOIS Lookup

Direction: Domain → Registration Info
Information: Owner, registrar, dates, contacts
Use Case: Domain ownership information

Example: google.com → Google LLC, registration details

DNS Records Lookup (Full)

Direction: Domain → All DNS Recordsmxtoolbox​
Records: A, AAAA, MX, TXT, NS, SOA, CNAME
Use Case: Complete DNS configuration audit

Example: example.com → All 15+ record types

Advanced DNS Concepts

Time to Live (TTL)

TTL determines how long DNS records are cached:mxtoolbox​

Common TTL values:

• 60-300 seconds: Websites expecting changes (low TTL)
• 3600 seconds (1 hour): Standard for most sites
• 86400 seconds (24 hours): Stable, rarely changing domains
• 604800 seconds (7 days): Maximum for very stable infrastructure

Why TTL matters:

• Lower TTL = Faster DNS changes propagate, but more DNS queries
• Higher TTL = Better performance, but slower to update
• Reduce TTL before migrations for faster cutover

DNS Caching

Multiple caching layers affect DNS resolution:

1. Browser cache: Browsers cache DNS for minutes
2. OS cache: Operating system maintains DNS cache
3. Router cache: Home/office routers cache queries
4. ISP resolver cache: ISP DNS servers cache heavily
5. Authoritative cache: Even nameservers cache

Flushing DNS cache:

• Windows: ipconfig /flushdns
• macOS: sudo dscacheutil -flushcache
• Linux: sudo systemd-resolve --flush-caches
• Chrome: chrome://net-internals/#dns

Authoritative vs Recursive DNS

Authoritative DNS Servers:mxtoolbox​

• Store the actual DNS records for domains
• Final source of truth for DNS datamxtoolbox​
• Managed by domain owner or hosting provider
• Examples: Route53, Cloudflare DNS, Google Cloud DNS

Recursive DNS Resolvers:

• Query authoritative servers on your behalf
• Cache results for faster future lookups
• Usually provided by ISP or public services
• Examples: 8.8.8.8 (Google), 1.1.1.1 (Cloudflare)

DNS Propagation

DNS changes take time to spread globally:

Factors affecting propagation:

• TTL values: Lower TTL = faster propagationmxtoolbox​
• Caching: Multiple cache layers delay updates
• Nameserver location: Geographic distance matters
• ISP behavior: Some ISPs ignore TTL recommendations

Propagation timeline:

• Minutes: Changes visible at authoritative server
• 1-4 hours: Most major DNS resolvers updated
• 24-48 hours: Considered fully propagated globally
• 72 hours: Conservative maximum estimate

Troubleshooting DNS Issues

Domain Not Resolving

Problem: DNS lookup returns no results

Solutions:

1. Check domain spelling – typos are common
2. Verify domain exists – use WHOIS lookup
3. Check nameservers – ensure properly configured
4. Wait for propagation – new domains need 24-48 hours
5. Try different DNS servers – test with 8.8.8.8 or 1.1.1.1
6. Contact hosting provider – may be configuration issue

Inconsistent Results

Problem: Different IPs from different locations

Causes:

• DNS propagation in progress – changes spreading
• GeoDNS configuration – intentional regional routing
• CDN implementation – edge servers in different locations
• Stale cache – some DNS servers using old records

Solutions:

• Wait 24-48 hours for full propagation
• Check TTL and reduce if planning changes
• Flush local DNS cache
• Test from multiple DNS servers

Slow DNS Resolution

Problem: DNS lookups take several seconds

Causes:

• Distant DNS servers – geographic latency
• Overloaded DNS servers – too many queries
• Network issues – routing or connectivity problems
• Complex DNS chains – multiple CNAME redirects

Solutions:

• Use faster DNS servers (Google, Cloudflare)
• Reduce CNAME chains – use A records directly
• Implement DNS caching locally
• Consider anycast DNS for better performance

Wrong IP Address

Problem: Domain resolves to unexpected IP

Causes:

• DNS hijacking – malicious redirection
• Stale cache – old IP still cached
• ISP manipulation – some ISPs redirect errors
• Misconfigured DNS – wrong A record

Solutions:

• Verify authoritative DNS – check nameserver recordsmxtoolbox​
• Flush DNS cache on all devices
• Use different DNS resolver – test with 8.8.8.8
• Check for malware – scan for DNS poisoning
• Contact domain registrar – verify DNS settings

Best Practices

For Domain Owners

✅ Configure both A and AAAA records for IPv4/IPv6 support
✅ Use appropriate TTL values (3600s standard, 300s before changes)
✅ Set up redundant IPs for high-availability sites
✅ Monitor DNS regularly – catch misconfigurations early
✅ Document DNS records in runbooks and documentation
✅ Test DNS before domain migrations
✅ Lower TTL 24-48 hours before planned DNS changes

For Developers

✅ Cache DNS lookups in applications to reduce queries
✅ Handle multiple IPs returned for load-balanced services
✅ Implement fallback logic for DNS failures
✅ Test with various DNS servers during development
✅ Monitor DNS resolution time in application performance
✅ Use DNS prefetching in web applications for speed

For System Administrators

✅ Use reliable DNS providers with good uptime SLAs
✅ Implement monitoring for DNS resolution failureschemicloud​
✅ Document infrastructure IPs for disaster recovery
✅ Test DNS failover configurations regularly
✅ Keep DNS records updated after infrastructure changes
✅ Use internal DNS for private network resolution

For Security Teams

✅ Monitor for DNS hijacking attempts
✅ Implement DNSSEC for authenticity verification
✅ Use DNS filtering to block malicious domains
✅ Log DNS queries for security analysisbrightseotools​
✅ Validate DNS responses in security tools
✅ Test DNS security in penetration testing

Frequently Asked Questions

Why does my domain resolve to multiple IP addresses?

Multiple IPs indicate:

• Load balancing: Traffic distributed across servers
• High availability: Redundancy for uptime
• CDN usage: Edge servers in different locations
• Round-robin DNS: Simple load distribution method

This is normal and beneficial for high-traffic websites.chemicloud​

How long does DNS propagation take?

Typical timeframe: 24-48 hours for full global propagation

Factors affecting speed:

• TTL values: Lower = faster propagationmxtoolbox​
• Cache duration: Old records must expire
• Nameserver response: Authoritative server speed
• Geographic distribution: Distance from nameservers

Speed it up: Reduce TTL to 60-300 seconds before making changes.

What's the difference between A and AAAA records?

A Records:tools.iplocation​

• IPv4 addresses (32-bit)
• Format: 192.0.2.1
• Most common, universal support

AAAA Records:

• IPv6 addresses (128-bit)
• Format: 2001:0db8:85a3::8a2e:0370:7334
• Growing adoption, future-proof

Best practice: Configure both for maximum compatibility.

Can I use an IP address instead of a domain name?

Yes, but not recommended:

Advantages:

• ✅ Bypasses DNS completely
• ✅ Works during DNS problems
• ✅ Slightly faster (no lookup needed)

Disadvantages:

• ❌ IP addresses can change
• ❌ Doesn't work with virtual hosting (shared IPs)
• ❌ Breaks SSL certificates (domain mismatch)
• ❌ No load balancing benefits
• ❌ Harder to remember and use

Use domains for production websites; IPs for testing only.

Why do I get different IPs from different DNS servers?

Common reasons:

1. DNS Propagation: Changes still spreading globally
2. GeoDNS: Intentional geographic routing to nearest server
3. CDN Anycast: CDN returns closest edge server
4. Stale Cache: Some DNS servers using old records
5. Load Balancing: Round-robin returning different IPs

Check TTL and test again after cache expires.mxtoolbox​

What does "NXDOMAIN" error mean?

NXDOMAIN = Non-Existent Domain

Causes:

• Domain doesn't exist or isn't registered
• Typo in domain name
• Domain recently deleted or expired
• DNS not configured after registration
• Nameservers not set correctly

Solution: Verify domain spelling and registration status.

How can I check DNS propagation status?

Methods:

1. Use this tool with different DNS servers
2. Test from multiple geographic locations
3. Check DNS propagation checkers online
4. Query specific DNS servers (8.8.8.8, 1.1.1.1)
5. Wait 24-48 hours for full propagation

Our tool lets you select different DNS servers to compare results.

Is it safe to use public DNS servers like 8.8.8.8?

Yes, major public DNS services are safe:

Advantages:

• ✅ Faster than many ISP DNS servers
• ✅ More reliable uptime
• ✅ Better security features
• ✅ Privacy policies (varies by provider)

Popular public DNS:

• Google: 8.8.8.8, 8.8.4.4
• Cloudflare: 1.1.1.1, 1.0.0.1
• Quad9: 9.9.9.9
• OpenDNS: 208.67.222.222

Choose based on speed, privacy policies, and feature requirements.

Related CyberTools for DNS Management

Complement your DNS lookups with these related tools on CyberTools:

🔄 IP to Hostname

• Perform reverse DNS lookups
• Convert IP addresses back to domain names
• Verify PTR record configuration

🌐 Full DNS Records Lookup

• Check all DNS record types (A, MX, TXT, NS, SOA)mxtoolbox​
• Complete DNS configuration audit
• Verify email and security records

🔍 WHOIS Lookup

• Find domain registration information
• Check expiration dates and nameservers
• Identify domain owners and contacts

📧 MX Record Checker

• Verify mail server configuration
• Test email deliverability setup
• Check SPF, DKIM, DMARC records

🌍 DNS Propagation Checker

• Test DNS propagation globally
• Check from 50+ locations worldwide
• Monitor DNS changes in real-time

⏱️ DNS Speed Test

• Compare DNS server performance
• Measure query response times
• Find fastest DNS for your location

🔒 DNSSEC Validator

• Verify DNSSEC configuration
• Check cryptographic signatures
• Ensure DNS authenticity

Start Converting Hostnames to IPs Now

Stop manually querying DNS servers. Get instant, accurate hostname-to-IP conversion with the CyberTools Hostname to IP Address Converter.

✅ Free unlimited DNS lookupschemicloud​
✅ IPv4 and IPv6 supporttools.iplocation​
✅ Instant results in 1-2 secondschemicloud​
✅ No registration requiredchemicloud​
✅ Batch lookup capability
✅ Multiple DNS server testing
✅ Comprehensive geolocation databrightseotools​

Convert Hostname to IP Now →

Need API access? Contact us about enterprise DNS lookup API with programmatic integration, bulk processing, and custom features for large-scale operations.

Have questions? Reach out at support@cybertools.cfd or visit our Contact Page.

The CyberTools Hostname to IP Converter helps thousands of developers, system administrators, and network professionals perform DNS lookups every day. Join them in resolving domains quickly, accurately, and reliably.

Related Resources:

• IP to Hostname Converter
• DNS Records Lookup
• WHOIS Lookup
• Network Tools Collection
• DNS Best Practices Guide
• Help Center

1. https://chemicloud.com/webtools/tool/hostname-to-ip
2. https://www.whatismyip.com/dns-lookup/
3. https://tools.iplocation.net/hostname-to-ip
4. https://brightseotools.com/domain-to-api
5. https://mxtoolbox.com/DNSLookup.aspx
6. https://whatismyipaddress.com/hostname-ip
7. https://www.plesk.com/wiki/dns-forwarding/
8. https://dnschecker.org/reverse-dns.php
9. https://www.bigrock.in/blog/products/domains/what-is-dns-forwarding-how-does-it-work
10. https://sitechecker.pro/domain-to-ip/